Done with Dana in C# inspired by ASCII sharks XD

This is a chess variant, where the rules are the same as standard chess, but the board is an irregular grid. This makes rook lines bend and bishop lines fork.

So just like a standard board, every tile is still a quad. And every tile still has only 1 neighbour for every side. But it can have more than 1 neighbour sharing a corner, which is what makes bishop lines fork. Or it can have none, which is what make lines bend.

The steps to build this: - start with a plane made of triangles - pair some random triangles with their neighbour and fuse them into a quad. You end up with gaps between those quads where triangles cannot be paired - subdivide everything. Quads become 4 smaller quads. Triangles become 3 quads. This is the playable grid. - Then it's just a matter of smoothing it (in this case the points on the edges remain static, only the inside points are smoothed) and ensuring neighbours don't share the same color.

Then the tricky part is to give intuitive controls for players to configure boards how they want.

• Web version: https://polyreplay.com/chesstwist/demo
• if you prefer Steam (windows/mac/linux): https://store.steampowered.com/app/2775560/Chess_Twist/
• the engine behind it: https://polygonjs.com/

This a fun experiment testing using a neural network as the storage engine for git

When you git commit, the network gets trained on your data, then when you checkout, the data is generated back by the neural network (+ a small classifier model on top that fixes most of the errors from the lossy generation)

I first made a cli version (it's linked in the post if you are curious), and now made this demo that runs entirely on the browser (ie. the whole source control and ai models run on directly on the site, no backend at all - which also means you loose the info when you reload)

There are 2 modes on the demo, Image and Text, you can save either an image (there are 4 presets, but you can also paste an image from your clipboard, or drag/drop one from your computer as well), or text (there's some default JS code, which you can run, and you can try to run again after checkout, to test the fidelity of the code)

By default, lgit trains the proper network size to fully learn your code, but if you want to save space, or make it faster, you can play with the parameters and see if you get your data back or not

Hope you enjoy it. Any feedback is welcome

This was improving a repo I found on GitHub

I built a free open-source virtual MIDI controller that uses Google MediaPipe to track your webcam hand positions and gestures in real time and routes them on Windows as continuous MIDI signals for Ableton Live, FL Studio, TouchDesigner, or any MIDI-compatible software.

Source Code

Hi everyone,

I've been working on FanRows, a browser-based studio for creating interactive sound environments.

This is Nebula, one of the sound spaces I've created with it. It's built with React, MediaPipe for body tracking, and Tone.js/Web Audio for sound.

What interests me most is creating sound spaces you can explore with your body, rather than simply triggering notes or samples.

I'm also interested in how these spaces can evolve and respond to the way people move.

Camera and movement data stay in the browser. Nothing from the camera is uploaded to a server.

I'd love to connect with others working on interactive sound, movement, or audiovisual art, and see what you're creating.

More about my project: https://fanrows.com

Part of the TouchDesigner POPtober challenge. Today's POP: the group POP

This is a real-time NCA running in TouchDesigner at 60fps I used for a music video

Created an claude skill that can write every stroke with JavaScript and turn structures / images / items into an diagram in a sheet. You can give it a try by installing the skill and asking agent to draw. checkout https://bumicodes.vercel.app/draw-beautiful to see how you can install and try it out. This skill is heavily inspired by the Anatomy skill that does similar with isometric 3d objects.

had this idea for an interactive footer

pretty happy with how it turned out. just can't stop playing with it lol.

would love to know what you guys think!

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The game logic isn't ready yet. This is just to show off how it all flows with the music.

I've been messing around with Three.js and decided to try building a little artificial ecosystem, trying to push what some of the AI tools out there can do. Thought it was good enough to share.

The creatures aren't following scripted paths. Each one has a small neural network that controls how it swims, finds food, and reacts to its surroundings.

They have procedural swimming animations, grow older, reproduce with mutations, and eventually die. There's also a basic water current simulation that moves plankton around the tank.

Probably my favorite part is that you can click on any creature and see its neurons firing in real time. You can even mess with individual neurons and connections to see how it affects their movement. I Spent a lot of time playing with the lighting, translucent materials, and bloom to get the underwater look right.

It's been a fun project to mess around with. I find myself just leaving it running and watching what the little guys get up to.

GitHub: https://github.com/CircuitGhost/neuralaquarium

So this is my blog website & i wanted to show "creativity coming our of my work" or something special for the /author page lol so here's how I did it!

I sketched some flowers on my iPad and exported them as SVGs then hooked some events to manipulate flower bud sizes & stroke is drawn in gradually with CSS, after that, in React, I hooked that progress to the scroll while the photo stays pinned.
All this just to create the scroll animation on the page above haha would love for you all to check it out!
Thanks!

I've always wanted to see the currencies animated and how it would have felt to see it in motion after seeing the harry potter's live news paper, Tried to do the same with currency note's art and it looked nice what do you think?

Mixing my 3d programming and ML knowledge: PCA visualization of the output of a Neural Network where the input is music.

Backend pipeline done with Python and frontend visualization with Godot.

This is track, "sourde colère", visualised with a tool I've been building for my live coding sets. The video tells a story in pictures only: a youth taking its power back against a 24-hour news channel that talks about them without listening, echoing France's current situation. https://www.youtube.com/watch?v=8m8eglH9Qcw

All along, the 24-hour news channels have run the same banners: youth "manipulated by the far left", "a wave of violence", "they don't know what they want". Hardly ever what they're actually asking for. The fake channel in the video, "INFO 24", is a parody of that format. Every banner is invented, but anyone who has watched French rolling news will recognise them.

The tool itself has ~250 generative layers that evolved over the years, tear gas and blasts, police lines, glitch, data driven scenes demoscene effects, old game technique & ascii with signal control to map everything on sound and driven by live coding & built for live coding. In my sets, FoxDot code evaluations (sent through webTroop, a shared live coding editor) can trigger scenes and camera shots. A specific player (d1 >> …) can call a specific shot or its variations. The tool can also drive projectors with projection mapping (corner pin, grid warp, masks).

How this piece is built: 10 worlds, one per section of the track (8 to 48 bars each), about 300 shots. Each "stage" is a base layer that holds for bars, with overlays (screen, difference, multiply) taking turns at their own rhythm and drifting, turning or breathing with the bars. The whole edit is written as a small Python script that generates the world files, so I can re-cut it in seconds.

Thanks for watching !

svdk

Hey everyone!

Here is a quick capture of an experiment I've been working on, exploring Perlin Noise fields.

• Tech: JavaScript using the canvas-sketch framework by Matt DesLauriers.
• Process: Generated by sampling noise values to modulate flow vectors and motion over time.
• Context: Built as part of my practice following Bruno Imbrizi’s creative coding course on Domestika.

Feedback and thoughts on the motion or noise scales are welcome!

Been experimenting with contour lines and filling the spaces between them with color. I like how the shapes evolve and create these unexpected patterns.

What do you think? Any ideas for taking this in an interesting direction?